diff options
Diffstat (limited to 'pcilib')
| -rw-r--r-- | pcilib/CMakeLists.txt | 5 | ||||
| -rw-r--r-- | pcilib/bank.h | 2 | ||||
| -rw-r--r-- | pcilib/bar.c | 1 | ||||
| -rw-r--r-- | pcilib/pci.c | 40 | ||||
| -rw-r--r-- | pcilib/register.c | 12 | ||||
| -rw-r--r-- | pcilib/register.h | 2 | ||||
| -rw-r--r-- | pcilib/xml.c | 1037 | ||||
| -rw-r--r-- | pcilib/xml.h | 210 |
8 files changed, 1307 insertions, 2 deletions
diff --git a/pcilib/CMakeLists.txt b/pcilib/CMakeLists.txt index be59cb7..774ebe9 100644 --- a/pcilib/CMakeLists.txt +++ b/pcilib/CMakeLists.txt @@ -1,11 +1,14 @@ include_directories( ${CMAKE_SOURCE_DIR} + ${PYTHON_INCLUDE_DIRS} + ${XMLLIB_INCLUDE_DIRS} ${CMAKE_SOURCE_DIR}/pcilib ) set(HEADERS pcilib.h pci.h export.h bar.h fifo.h model.h bank.h register.h kmem.h irq.h locking.h lock.h dma.h event.h plugin.h tools.h error.h debug.h env.h version.h config.h) add_library(pcilib SHARED pci.c export.c bar.c fifo.c model.c bank.c register.c kmem.c irq.c locking.c lock.c dma.c event.c plugin.c tools.c error.c debug.c env.c ) -target_link_libraries(pcilib dma protocols ${CMAKE_THREAD_LIBS_INIT} ${UFODECODE_LIBRARIES} ${CMAKE_DL_LIBS} ${EXTRA_SYSTEM_LIBS}) +target_link_libraries(pcilib dma protocols ${CMAKE_THREAD_LIBS_INIT} ${UFODECODE_LIBRARIES} ${CMAKE_DL_LIBS} ${EXTRA_SYSTEM_LIBS} ${XMLLIB_LIBRARIES} ${PYTHON_LIBRARIES}) + add_dependencies(pcilib dma protocols) install(TARGETS pcilib diff --git a/pcilib/bank.h b/pcilib/bank.h index a0ba9fe..e2174e9 100644 --- a/pcilib/bank.h +++ b/pcilib/bank.h @@ -62,6 +62,7 @@ typedef struct { const char *format; /**< printf format for the registers, either %lu for decimal output or 0x%lx for hexdecimal */ const char *name; /**< short bank name */ const char *description; /**< longer bank description */ + /* use it or not?*/ /*xmlNodePtr xmlNode;*/ /**<pointer to xmlNode of the bank in the file*/ } pcilib_register_bank_description_t; /** @@ -84,6 +85,7 @@ typedef struct { struct pcilib_register_bank_context_s { const pcilib_register_bank_description_t *bank; /**< Corresponding bank description */ const pcilib_register_protocol_api_description_t *api; /**< API functions */ + /*use it or not?*/ /*xmlNodeSetPtr banks_nodes;*/ }; #ifdef __cplusplus diff --git a/pcilib/bar.c b/pcilib/bar.c index 418f864..2666506 100644 --- a/pcilib/bar.c +++ b/pcilib/bar.c @@ -130,6 +130,7 @@ void pcilib_unmap_bar(pcilib_t *ctx, pcilib_bar_t bar, void *data) { } int pcilib_map_register_space(pcilib_t *ctx) { + printf("mapping\n"); int err; pcilib_register_bank_t i; diff --git a/pcilib/pci.c b/pcilib/pci.c index 62ac92d..f043257 100644 --- a/pcilib/pci.c +++ b/pcilib/pci.c @@ -25,6 +25,7 @@ #include "model.h" #include "plugin.h" #include "bar.h" +#include "xml.h" #include "locking.h" static int pcilib_detect_model(pcilib_t *ctx, const char *model) { @@ -107,6 +108,26 @@ pcilib_t *pcilib_open(const char *device, const char *model) { int err; size_t i; pcilib_t *ctx = malloc(sizeof(pcilib_t)); + + pcilib_register_description_t *registers=NULL; + pcilib_register_bank_description_t *banks=NULL; + int number_registers, number_banks; + + char *xmlfile; + pcilib_xml_read_config(&xmlfile,3); + xmlDocPtr doc; + doc=pcilib_xml_getdoc(xmlfile); + + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + number_registers=pcilib_xml_getnumberregisters(context); + number_banks=pcilib_xml_getnumberbanks(context); + + if(number_registers)registers=calloc((number_registers),sizeof(pcilib_register_description_t)); + else pcilib_error("no registers in the xml file"); + if(number_banks)banks=calloc((number_banks),sizeof(pcilib_register_bank_description_t)); + else pcilib_error("no banks in the xml file"); if (!model) model = getenv("PCILIB_MODEL"); @@ -171,6 +192,17 @@ pcilib_t *pcilib_open(const char *device, const char *model) { if (!ctx->model) ctx->model = strdup(model?model:"pci"); + if(banks){ + pcilib_xml_initialize_banks(doc,banks); + pcilib_add_register_banks(ctx,number_banks,banks); + }else pcilib_error("no memory for banks"); + + if(registers){ + pcilib_xml_initialize_registers(doc,registers); + pcilib_xml_arrange_registers(registers,number_registers); + pcilib_add_registers(ctx,number_registers,registers); + }else pcilib_error("no memory for registers"); + ctx->model_info.registers = ctx->registers; ctx->model_info.banks = ctx->banks; ctx->model_info.protocols = ctx->protocols; @@ -182,6 +214,7 @@ pcilib_t *pcilib_open(const char *device, const char *model) { pcilib_close(ctx); return NULL; } + err = pcilib_init_event_engine(ctx); if (err) { @@ -277,6 +310,7 @@ int pcilib_map_data_space(pcilib_t *ctx, uintptr_t addr) { char *pcilib_resolve_register_address(pcilib_t *ctx, pcilib_bar_t bar, uintptr_t addr) { if (bar == PCILIB_BAR_DETECT) { + printf("bar = PCILIB_BAR_DETECT\n"); // First checking the default register bar size_t offset = addr - ctx->board_info.bar_start[ctx->reg_bar]; if ((addr > ctx->board_info.bar_start[ctx->reg_bar])&&(offset < ctx->board_info.bar_length[ctx->reg_bar])) { @@ -291,6 +325,7 @@ char *pcilib_resolve_register_address(pcilib_t *ctx, pcilib_bar_t bar, uintptr_t // Otherwise trying to detect bar = pcilib_detect_bar(ctx, addr, 1); if (bar != PCILIB_BAR_INVALID) { + printf("bar pas ainvalid\n"); size_t offset = addr - ctx->board_info.bar_start[bar]; if ((offset < ctx->board_info.bar_length[bar])&&(ctx->bar_space[bar])) { if (!ctx->bar_space[bar]) { @@ -301,16 +336,21 @@ char *pcilib_resolve_register_address(pcilib_t *ctx, pcilib_bar_t bar, uintptr_t } } } else { + printf("bar internal :%i\n",bar); + // printf("bar invalid\n"); if (!ctx->bar_space[bar]) { pcilib_error("The requested bar (%i) is not mapped", bar); return NULL; } if (addr < ctx->board_info.bar_length[bar]) { + printf("path1\n"); + // printf("apres: %s\n",ctx->bar_space[bar] + addr); return ctx->bar_space[bar] + addr + (ctx->board_info.bar_start[bar] & ctx->page_mask); } if ((addr >= ctx->board_info.bar_start[bar])&&(addr < (ctx->board_info.bar_start[bar] + ctx->board_info.bar_length[ctx->reg_bar]))) { + printf("path2\n"); return ctx->bar_space[bar] + (addr - ctx->board_info.bar_start[bar]) + (ctx->board_info.bar_start[bar] & ctx->page_mask); } } diff --git a/pcilib/register.c b/pcilib/register.c index 347bf7c..5909991 100644 --- a/pcilib/register.c +++ b/pcilib/register.c @@ -91,16 +91,22 @@ static int pcilib_read_register_space_internal(pcilib_t *ctx, pcilib_register_ba for (i = 0; i < n; i++) { err = bapi->read(ctx, bctx, addr + i * access, buf + i); + printf("buf +i: %i \n",buf[i]); + if(err) printf("err internal 1: %i\n",err); if (err) break; } if ((bits > 0)&&(!err)) { pcilib_register_value_t val = 0; err = bapi->read(ctx, bctx, addr + n * access, &val); - + val = (val >> offset)&BIT_MASK(bits); + printf("val : %i\n",val); memcpy(buf + n, &val, sizeof(pcilib_register_value_t)); + if(err) printf("err internal 2: %i\n",err); } + printf("err internal 3: %i\n",err); + printf("buf internal: %i\n",buf[0]); return err; } @@ -143,14 +149,18 @@ int pcilib_read_register_by_id(pcilib_t *ctx, pcilib_register_t reg, pcilib_regi pcilib_error("Big-endian byte order support is not implemented"); return PCILIB_ERROR_NOTSUPPORTED; } else { + printf("bits: %i, n %lu\n",bits, n); res = 0; if (bits) ++n; for (i = 0; i < n; i++) { + printf("res: %i buf[i]: %i\n",res,buf[i]); res |= buf[i] << (i * b->access); + printf("res: %i \n",res); } } *value = res; + printf("value : %i\n",*value); return err; } diff --git a/pcilib/register.h b/pcilib/register.h index 535e9d0..fc13e6a 100644 --- a/pcilib/register.h +++ b/pcilib/register.h @@ -40,11 +40,13 @@ typedef struct { const char *name; /**< The access name of the register */ const char *description; /**< Brief description of the register */ + /* use it or not? */ /*xmlNodePtr xmlNode;*/ /**<pointer to the corresponding node in the xml file*/ } pcilib_register_description_t; typedef struct { pcilib_register_bank_t bank; + /* use it or not?*/ /*xmlNodeSetPtr registers_nodes;*/ } pcilib_register_context_t; diff --git a/pcilib/xml.c b/pcilib/xml.c new file mode 100644 index 0000000..205b563 --- /dev/null +++ b/pcilib/xml.c @@ -0,0 +1,1037 @@ +/** + * @file pcilib_xml.c + * @version 1.0 + * + * @brief this file is the main source file for the implementation of dynamic registers using xml and several funtionalities for the "pci-tool" line command tool from XML files. the xml part has been implemented using libxml2 + * + * @details this code was meant to be evolutive as the XML files evolute. In this meaning, most of the xml parsing is realized with XPath expressions(when it was possible), so that changing the xml xould result mainly in changing the XPAth pathes present in the header file. In a case of a change in xml file, variables that need to be changed other than xpathes, will be indicated in the description of the function. + + Libxml2 considers blank spaces within the XML as node natively and this code as been produced considering blank spaces in the XML files. In case XML files would not contain blank spaces anymore, please change the code. + + In case the performance is not good enough, please consider the following : no more configuration file indicating where the files required are, hard code of formulas, and go to complete non evolutive code : get 1 access to xml file and context, and then make recursive descent to get all you need(investigation of libxml2 source code would be so needed to prove it's better to go recursive than just xpath). + */ + +#include "xml.h" +#include "error.h" +#include <stdlib.h> +#include <stdio.h> +#include <string.h> +#include <assert.h> +#include <Python.h> + +//#define VIEW_OK +//#define UNIT_OK + +/** + * pcilib_xml_getdoc + * this function takes a string and will create an abtract syntax tree from the xml file represented by the string + * @param[in] filename the the name of the xml file containing registers and banks + */ +xmlDocPtr pcilib_xml_getdoc(char* filename){ + xmlDocPtr doc; + doc=xmlParseFile(filename); /**<the creation of the AST from a libxml2 funtion*/ + + if (doc==NULL){ + pcilib_error("xml document not parsed successfully"); + return NULL; + } + + return doc; +} + +/** pcilib_xml_getsetproperty + * + * this function takes a context from an AST and an XPath expression, to produce an object containing the nodes corresponding to the xpath expression + * @param[in] doc the AST of the xml file + * @param[in] xpath the xpath expression that will be evaluated + */ +xmlXPathObjectPtr pcilib_xml_getsetproperty(xmlXPathContextPtr doc, xmlChar *xpath){ + xmlXPathObjectPtr result; + result=xmlXPathEvalExpression(xpath, doc); /**<the creation of the resulting object*/ + if(result==NULL){ +// pcilib_warning(" warning : the path is empty: %s",xpath); + return NULL; + } + + if(xmlXPathNodeSetIsEmpty(result->nodesetval)){ + xmlXPathFreeObject(result); +// pcilib_warning("warning : no results found for: %s",xpath); + return NULL; + } + + return result; +} + +/** pcilib_xml_getcontext. + * this function create a context in an AST (ie initialize XPAth for the AST). + * @param[in] doc the AST of the xml file. + */ +xmlXPathContextPtr pcilib_xml_getcontext(xmlDocPtr doc){ + xmlXPathContextPtr context; + context= xmlXPathNewContext(doc); /**<the creation of the context using a libxml2's function */ + if(context==NULL){ + pcilib_error("warning : no context obtained for the xml document"); + return NULL; + } + return context; +} + + +/** pcilib_xml_create_register. + * this function create a register structure from the results of xml parsing. + * @param[out] myregister the register we want to create + * @param[in] adress the adress of the future register + * @param[in] offset the offset of the future register + * @param[in] size the size of the future register + * @param[in] defvalue the defaut value of the future register + * @param[in] rwmask the rwmask of the future register + * @param[in] mode the mode of the future register + * @param[in] type the type of the future register + * @param[in] bank the bank of the future register + * @param[in] name the name of the future register + * @param[in] description the description of the future register + * @param[in] node the current xmlNode in the xml of the future register + */ +void pcilib_xml_create_register(pcilib_register_description_t *myregister,xmlChar* adress, xmlChar *offset, xmlChar *size, xmlChar *defvalue, xmlChar *rwmask, xmlChar *mode, xmlChar *type, xmlChar *bank, xmlChar *name, xmlChar *description, xmlNodePtr node){ + + char* ptr; + + /* we recreate here each sub property of the register structure given the results of xml parsing + note :the use of strtol permits to get as well hexadecimal and decimal values + */ + + myregister->addr=(pcilib_register_addr_t)strtol((char*)adress,&ptr,0); + myregister->offset=(pcilib_register_size_t)strtol((char*)offset,&ptr,0); + myregister->bits=(pcilib_register_size_t)strtol((char*)size,&ptr,0); + myregister->defvalue=(pcilib_register_value_t)strtol((char*)defvalue,&ptr,0); + + if(strcmp((char*)rwmask,"all bits")==0){ + myregister->rwmask=PCILIB_REGISTER_ALL_BITS; + }else if(strcmp((char*)rwmask,"0")==0){ + myregister->rwmask=0; + }else{ + myregister->rwmask=(pcilib_register_value_t)strtol((char*)rwmask,&ptr,0); + } + + if(strcmp((char*)mode,"R")==0){ + myregister->mode=PCILIB_REGISTER_R; + }else if(strcmp((char*)mode,"W")==0){ + myregister->mode=PCILIB_REGISTER_W; + }else if(strcmp((char*)mode,"RW")==0){ + myregister->mode=PCILIB_REGISTER_RW; + }else if(strcmp((char*)mode,"W")==0){ + myregister->mode=PCILIB_REGISTER_W; + }else if(strcmp((char*)mode,"RW1C")==0){ + myregister->mode=PCILIB_REGISTER_RW1C; + }else if(strcmp((char*)mode,"W1C")==0){ + myregister->mode=PCILIB_REGISTER_W1C; + } + + if(strcmp((char*)type,"standard")==0){ + myregister->type=PCILIB_REGISTER_STANDARD; + }else if(strcmp((char*)type,"bits")==0){ + myregister->type=PCILIB_REGISTER_BITS; + }else if(strcmp((char*)type,"fifo")==0){ + myregister->type=PCILIB_REGISTER_FIFO; + } + + if(strcmp((char*)bank,"bank 0")==0){ + myregister->bank=PCILIB_REGISTER_BANK0; + }else if(strcmp((char*)bank,"bank 1")==0){ + myregister->bank=PCILIB_REGISTER_BANK1; + }else if(strcmp((char*)bank,"bank 2")==0){ + myregister->bank=PCILIB_REGISTER_BANK2; + }else if(strcmp((char*)bank,"bank 3")==0){ + myregister->bank=PCILIB_REGISTER_BANK3; + }else if(strcmp((char*)bank,"DMA bank")==0){ + myregister->bank=PCILIB_REGISTER_BANK_DMA; + }else if (strcmp((char*)bank,"dynamic bank")==0){ + myregister->addr=PCILIB_REGISTER_BANK_DYNAMIC; + }else{ + myregister->bank=PCILIB_REGISTER_BANK_INVALID; + } + + myregister->name=(char*)name; + myregister->description=(char*)description; + /*should we include those xmlnodes?*/ + //myregister->xmlNode=node; +} + +/** pcilib_xml_getnumberbanks + * + * get the number of banks nodes in the AST, used to have some malloc in pci + * @param[in] doc the Xpath context of the xml file. + * @return the number of banks. + */ +int pcilib_xml_getnumberbanks(xmlXPathContextPtr doc){ + xmlNodeSetPtr nodesetadress=NULL; + xmlXPathObjectPtr temp; + temp=pcilib_xml_getsetproperty(doc,BANK_ADDR_PATH); /**< we first get a structure containing all the banks nodes*/ + if(temp!=NULL) nodesetadress=temp->nodesetval; + else pcilib_error("no bank in the xml file"); + return nodesetadress->nodeNr; /**< we then return the number of said nodes */ +} + +/** pcilib_xml_initialize_banks + * + * function to create the structures to store the banks from the AST + * @see pcilib_xml_create_bank(pcilib_register_bank_description_t *mybank,xmlChar* adress, xmlChar *bar, xmlChar *size, xmlChar *protocol,xmlChar *read_addr, xmlChar *write_addr, xmlChar *access, xmlChar *endianess, xmlChar *format, xmlChar *name,xmlChar *description, xmlNodePtr node). + * @param[in] doc the AST of the xml file. + * @param[in,out] mybanks the structure containing the banks. + */ +void pcilib_xml_initialize_banks(xmlDocPtr doc, pcilib_register_bank_description_t* mybanks){ + pcilib_register_bank_description_t mybank; + + xmlNodeSetPtr nodesetadress=NULL,nodesetbar=NULL,nodesetsize=NULL,nodesetprotocol=NULL,nodesetread_addr=NULL,nodesetwrite_addr=NULL,nodesetaccess=NULL,nodesetendianess=NULL,nodesetformat=NULL,nodesetname=NULL,nodesetdescription=NULL; + xmlChar *adress=NULL,*bar=NULL,*size=NULL,*protocol=NULL,*read_addr=NULL,*write_addr=NULL,*access=NULL,*endianess=NULL,*format=NULL,*name=NULL,*description=NULL; + xmlNodePtr mynode; + + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + int i; + + mynode=malloc(sizeof(xmlNode)); + + xmlXPathObjectPtr temp; + + /** we first get the nodes corresponding to the properties we want + * note: here a recursive algorithm may be more efficient but less evolutive*/ + temp=pcilib_xml_getsetproperty(context,BANK_ADDR_PATH); + if(temp!=NULL) nodesetadress=temp->nodesetval; + else pcilib_error("there is no adress for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_BAR_PATH); + if(temp!=NULL) nodesetbar=temp->nodesetval; + else pcilib_error("there is no bar for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_SIZE_PATH); + if(temp!=NULL) nodesetsize=temp->nodesetval; + else pcilib_error("there is no size for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_PROTOCOL_PATH); + if(temp!=NULL) nodesetprotocol= temp->nodesetval; + else pcilib_error("there is no protocol for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_READ_ADDR_PATH); + if(temp!=NULL) nodesetread_addr=temp->nodesetval; + else pcilib_error("there is no read_adress for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_WRITE_ADDR_PATH); + if(temp!=NULL)nodesetwrite_addr=temp->nodesetval; + else pcilib_error("there is no write_adress for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_ACCESS_PATH); + if(temp!=NULL)nodesetaccess=temp->nodesetval; + else pcilib_error("there is no access for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_ENDIANESS_PATH); + if(temp!=NULL) nodesetendianess=temp->nodesetval; + else pcilib_error("there is no endianess for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_FORMAT_PATH); + if(temp!=NULL) nodesetformat=temp->nodesetval; + else pcilib_error("there is no format for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_NAME_PATH); + if(temp!=NULL)nodesetname=temp->nodesetval; + else pcilib_error("there is no name for banks in the xml"); + + temp=pcilib_xml_getsetproperty(context,BANK_DESCRIPTION_PATH); + if(temp!=NULL)nodesetdescription=temp->nodesetval; + + for(i=0;i<nodesetadress->nodeNr;i++){ + /** we then get each node from the structures above*/ + adress=xmlNodeListGetString(doc,nodesetadress->nodeTab[i]->xmlChildrenNode, 1); + bar=xmlNodeListGetString(doc,nodesetbar->nodeTab[i]->xmlChildrenNode, 1); + size=xmlNodeListGetString(doc,nodesetsize->nodeTab[i]->xmlChildrenNode, 1); + protocol=xmlNodeListGetString(doc,nodesetprotocol->nodeTab[i]->xmlChildrenNode, 1); + read_addr=xmlNodeListGetString(doc,nodesetread_addr->nodeTab[i]->xmlChildrenNode, 1); + write_addr=xmlNodeListGetString(doc,nodesetwrite_addr->nodeTab[i]->xmlChildrenNode, 1); + access=xmlNodeListGetString(doc,nodesetaccess->nodeTab[i]->xmlChildrenNode, 1); + endianess=xmlNodeListGetString(doc,nodesetendianess->nodeTab[i]->xmlChildrenNode, 1); + format=xmlNodeListGetString(doc,nodesetformat->nodeTab[i]->xmlChildrenNode, 1); + name=xmlNodeListGetString(doc,nodesetname->nodeTab[i]->xmlChildrenNode, 1); + description=xmlNodeListGetString(doc,nodesetdescription->nodeTab[i]->xmlChildrenNode, 1); + + mynode=nodesetadress->nodeTab[i]->parent; + /** the following function will create the given structure for banks*/ + pcilib_xml_create_bank(&mybank,adress,bar,size,protocol,read_addr,write_addr,access,endianess,format, name, description,mynode); + mybanks[i]=mybank; + } + +} + +/** pcilib_xml_create_bank + * + * this function create a bank structure from the results of xml parsing + * @param[out] mybank the created bank. + * @param[in] adress the adress of the bank that will be created. + * @param[in] bar the bar of the bank that will be created. + * @param[in] size the size of the bank that will be created. + * @param[in] protocol the protocol of the bank that will be created. + * @param[in] read_addr the read adress for protocol of the bank that will be created. + * @param[in] write_addr the write adress for the protocol of the bank that will be created. + * @param[in] access the word size of the bank that will be created. + * @param[in] endianess the endianess of the bank that will be created. + * @param[in] format the format of the bank that will be created. + * @param[in] name the name of the bank that will be created. + * @param[in] description the description of the bank that will be created. + * @param[in] node the xmlNodeptr referring to the bank_description node of the bank that will be created. + */ +void pcilib_xml_create_bank(pcilib_register_bank_description_t *mybank,xmlChar* adress, xmlChar *bar, xmlChar *size, xmlChar *protocol, xmlChar *read_addr, xmlChar *write_addr, xmlChar *access, xmlChar *endianess, xmlChar *format, xmlChar *name,xmlChar *description, xmlNodePtr node){ + + char* ptr; + + /** we recreate each sub property of banks' structure given the results of xml parsing + note : strtol is used here to get hexadecimal and decimal values from the xml file as well*/ + + if (strcmp((char*)adress,"bank 0")==0){ + mybank->addr=PCILIB_REGISTER_BANK0; + }else if (strcmp((char*)adress,"bank 1")==0){ + mybank->addr=PCILIB_REGISTER_BANK1; + }else if (strcmp((char*)adress,"bank 2")==0){ + mybank->addr=PCILIB_REGISTER_BANK2; + }else if (strcmp((char*)adress,"bank 3")==0){ + mybank->addr=PCILIB_REGISTER_BANK3; + }else if (strcmp((char*)adress,"DMA bank")==0){ + mybank->addr=PCILIB_REGISTER_BANK_DMA; + }else if (strcmp((char*)adress,"DMAconf bank")==0){ + mybank->addr=PCILIB_REGISTER_BANK_DMACONF; + }else if (strcmp((char*)adress,"dynamic bank")==0){ + mybank->addr=PCILIB_REGISTER_BANK_DYNAMIC; + }else{ + mybank->addr=PCILIB_REGISTER_BANK_INVALID; + } + + if(strcmp((char*)bar,"0")==0){ + mybank->bar=PCILIB_BAR0; + }else if(strcmp((char*)bar,"1")==0){ + mybank->bar=PCILIB_BAR1; + }else if(strcmp((char*)bar,"no_bar")==0){ + mybank->bar=PCILIB_BAR_NOBAR; + }else{ + mybank->bar=PCILIB_BAR_INVALID; + } + + mybank->bar=(pcilib_bar_t)strtol((char*)bar,&ptr,0); + mybank->size=(size_t)strtol((char*)size,&ptr,0); + + if(strcmp((char*)protocol,"default")==0){ + mybank->protocol=PCILIB_REGISTER_PROTOCOL_DEFAULT; + }else if(strcmp((char*)protocol,"0")==0){ + mybank->protocol=PCILIB_REGISTER_PROTOCOL0; + }else if(strcmp((char*)protocol,"dma")==0){ + mybank->protocol=PCILIB_REGISTER_PROTOCOL_DMA; + }else if(strcmp((char*)protocol,"dynamic")==0){ + mybank->protocol=PCILIB_REGISTER_PROTOCOL_DYNAMIC; + }else if (strcmp((char*)protocol,"software")==0){ + mybank->protocol=PCILIB_REGISTER_PROTOCOL_SOFTWARE; + }else mybank->protocol=PCILIB_REGISTER_PROTOCOL_INVALID; + + mybank->read_addr=(uintptr_t)strtol((char*)read_addr,&ptr,0); + mybank->write_addr=(uintptr_t)strtol((char*)write_addr,&ptr,0); + mybank->access=(uint8_t)strtol((char*)access,&ptr,0); + + if(strcmp((char*)endianess,"little")==0){ + mybank->endianess=PCILIB_LITTLE_ENDIAN; + }else if(strcmp((char*)endianess,"big")==0){ + mybank->endianess=PCILIB_BIG_ENDIAN; + }else if(strcmp((char*)endianess,"host")==0){ + mybank->endianess=PCILIB_HOST_ENDIAN; + } + mybank->format=(char*)format; + mybank->raw_endianess=mybank->endianess; + + mybank->name=(char*)name; + mybank->description=(char*)description; + /* to include or not?*/ + //mybank->xmlNode=node; +} + + +/** pcilib_xml_getnumberregisters + * + * get the number of registers in the xml document, for further mallocs + * @param[in] doc the xpath context of the xml file. + * @return the numbers of registers in xml file. + */ +int pcilib_xml_getnumberregisters(xmlXPathContextPtr doc){ + xmlNodeSetPtr nodesetadress=NULL,nodesetsuboffset=NULL; + xmlXPathObjectPtr temp,temp2; + temp=pcilib_xml_getsetproperty(doc,ADRESS_PATH); /**<we get the structure with all standards registers here*/ + if(temp!=NULL) nodesetadress=temp->nodesetval; /**<we get the structure with all standards registers here*/ + else { + pcilib_error("no registers found in the xml file"); + return 0; + } + + temp2=pcilib_xml_getsetproperty(doc,SUB_OFFSET_PATH);/**< we get the structure with all bits registers here */ + if(temp2!=NULL) nodesetsuboffset=temp2->nodesetval;/**< we get the structure with all bits registers here */ + else nodesetsuboffset->nodeNr=0; + return nodesetadress->nodeNr + nodesetsuboffset->nodeNr; /**<we sum the number of nodes in the first structure to the number of nodes in the second one*/ +} + +/** pcilib_xml_initialize_registers + * + * this function create a list of registers from an abstract syntax tree + * + * variables who need change if xml structure change : bank,description, sub_description, sub_adress, sub_bank, sub_rwmask (we consider it to be equal to the standard register), sub_defvalue(same to standard register normally) + * @param[in] doc the xpath context of the xml file. + * @param[in,out] registers in: initialized list out: the list of the created registers. + */ +void pcilib_xml_initialize_registers(xmlDocPtr doc,pcilib_register_description_t *registers){ + + xmlNodeSetPtr nodesetadress=NULL,nodesetoffset=NULL,nodesetdefvalue=NULL,nodesetrwmask=NULL,nodesetsize=NULL,nodesetmode=NULL,nodesetname=NULL; + xmlChar *adress=NULL,*offset=NULL,*defvalue=NULL,*rwmask=NULL,*size=NULL,*mode=NULL,*name=NULL,*bank=NULL,*type=NULL,*description=NULL; + xmlNodePtr mynode; + xmlNodePtr tempnode; + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + mynode=malloc(sizeof(xmlNode)); + + xmlXPathObjectPtr temp; + + /** get the sructures containing each property of standard regsiter */ + temp=pcilib_xml_getsetproperty(context,ADRESS_PATH); + if(temp!=NULL)nodesetadress=temp->nodesetval; + else pcilib_error("no adress for registers found in xml"); + + temp=pcilib_xml_getsetproperty(context,OFFSET_PATH); + if(temp!=NULL)nodesetoffset=temp->nodesetval; + else pcilib_error("no offset for registers found in xml"); + + temp=pcilib_xml_getsetproperty(context,DEFVALUE_PATH); + if(temp!=NULL)nodesetdefvalue=temp->nodesetval; + else pcilib_error("no defvalue for registers found in xml"); + + temp=pcilib_xml_getsetproperty(context,RWMASK_PATH); + if(temp!=NULL)nodesetrwmask=temp->nodesetval; + else pcilib_error("no rwmask for registers found in xml"); + + temp=pcilib_xml_getsetproperty(context,SIZE_PATH); + if(temp!=NULL)nodesetsize=temp->nodesetval; + else pcilib_error("no size for registers found in xml"); + + temp=pcilib_xml_getsetproperty(context,MODE_PATH); + if(temp!=NULL)nodesetmode=temp->nodesetval; + else pcilib_error("no mode for registers found in xml"); + + temp=pcilib_xml_getsetproperty(context,NAME_PATH); + if(temp!=NULL)nodesetname=temp->nodesetval; + else pcilib_error("no name for registers found in xml"); + + xmlNodeSetPtr nodesetsuboffset=NULL,nodesetsubsize=NULL,nodesetsubmode=NULL,nodesetsubname=NULL; + xmlChar *subadress=NULL,*suboffset=NULL,*subdefvalue=NULL,*subrwmask=NULL,*subsize=NULL,*submode=NULL,*subname=NULL,*subbank=NULL,*subtype=NULL,*subdescription=NULL; + + /**get the structures containing each property of bits registers */ + temp=pcilib_xml_getsetproperty(context,SUB_OFFSET_PATH); + if(temp!=NULL)nodesetsuboffset=temp->nodesetval; + else pcilib_error("no offset for registers bits found in xml"); + + temp=pcilib_xml_getsetproperty(context,SUB_SIZE_PATH); + if(temp!=NULL)nodesetsubsize=temp->nodesetval; + else pcilib_error("no size for registers bits found in xml"); + + temp=pcilib_xml_getsetproperty(context,SUB_MODE_PATH); + if(temp!=NULL)nodesetsubmode=temp->nodesetval; + else pcilib_error("no mode for registers bits found in xml"); + + temp=pcilib_xml_getsetproperty(context,SUB_NAME_PATH); + if(temp!=NULL)nodesetsubname=temp->nodesetval; + else pcilib_error("no name for registers bits found in xml"); + + + pcilib_register_description_t myregister; + + int i,j; + + for(i=0;i<nodesetadress->nodeNr;i++){ + /** get each sub property of each standard registers*/ + adress=xmlNodeListGetString(doc,nodesetadress->nodeTab[i]->xmlChildrenNode, 1); + tempnode=xmlFirstElementChild(xmlFirstElementChild(nodesetadress->nodeTab[i]->parent->parent->parent)); + if(strcmp("adress",(char*)tempnode->name)==0) bank=xmlNodeListGetString(doc,tempnode->xmlChildrenNode,1); + else pcilib_error("the xml file is malformed"); + offset=xmlNodeListGetString(doc,nodesetoffset->nodeTab[i]->xmlChildrenNode, 1); + size=xmlNodeListGetString(doc,nodesetsize->nodeTab[i]->xmlChildrenNode, 1); + defvalue=xmlNodeListGetString(doc,nodesetdefvalue->nodeTab[i]->xmlChildrenNode, 1); + rwmask=xmlNodeListGetString(doc,nodesetrwmask->nodeTab[i]->xmlChildrenNode, 1); + mode=xmlNodeListGetString(doc,nodesetmode->nodeTab[i]->xmlChildrenNode, 1); + name=xmlNodeListGetString(doc,nodesetname->nodeTab[i]->xmlChildrenNode, 1); + type=(xmlChar*)"standard"; + if(nodesetname->nodeTab[i]->next->next!= NULL && strcmp((char*)nodesetname->nodeTab[i]->next->next->name,"description")==0){ + description=xmlNodeListGetString(doc,nodesetname->nodeTab[i]->next->next->xmlChildrenNode,1); + }else{ + description=(xmlChar*)""; + } + mynode=nodesetadress->nodeTab[i]->parent; + /**creation of a register with the given previous properties*/ + pcilib_xml_create_register(&myregister,adress,offset,size,defvalue,rwmask,mode, type, bank, name, description,mynode); + registers[i]=myregister; + } + + j=i; + + for(i=0;i<nodesetsuboffset->nodeNr;i++){ + /** we get there each subproperty of each bits register*/ + tempnode=xmlFirstElementChild(nodesetsuboffset->nodeTab[i]->parent->parent->parent); + if(strcmp((char*)tempnode->name,"adress")==0)subadress=xmlNodeListGetString(doc,tempnode->xmlChildrenNode, 1); + else pcilib_error("xml file is malformed"); + tempnode= xmlFirstElementChild(xmlFirstElementChild(nodesetsuboffset->nodeTab[i]->parent->parent->parent->parent->parent)); + if(strcmp((char*)tempnode->name,"adress")==0) subbank=xmlNodeListGetString(doc,tempnode->xmlChildrenNode,1); + else pcilib_error("xml file is malformed"); + suboffset=xmlNodeListGetString(doc,nodesetsuboffset->nodeTab[i]->xmlChildrenNode, 1); + subsize=xmlNodeListGetString(doc,nodesetsubsize->nodeTab[i]->xmlChildrenNode, 1); + tempnode=xmlFirstElementChild(nodesetsuboffset->nodeTab[i]->parent->parent->parent)->next->next->next->next->next->next; + if(strcmp((char*)tempnode->name,"default")==0)subdefvalue=xmlNodeListGetString(doc,tempnode->xmlChildrenNode, 1); + else pcilib_error("xml file is malformed"); + subrwmask=xmlNodeListGetString(doc,nodesetsuboffset->nodeTab[i]->parent->parent->prev->prev->prev->prev->prev->prev->xmlChildrenNode, 1); + submode=xmlNodeListGetString(doc,nodesetsubmode->nodeTab[i]->xmlChildrenNode, 1); + subname=xmlNodeListGetString(doc,nodesetsubname->nodeTab[i]->xmlChildrenNode, 1); + subtype=(xmlChar*)"bits"; + if(nodesetsubname->nodeTab[i]->next->next!= NULL && strcmp((char*)nodesetsubname->nodeTab[i]->next->next->name,"sub_description")==0){ + subdescription=xmlNodeListGetString(doc,nodesetsubname->nodeTab[i]->next->next->xmlChildrenNode,1); + }else{ + subdescription=(xmlChar*)""; + } + mynode=nodesetsuboffset->nodeTab[i]->parent; + /** creation of a bits register given the previous properties*/ + pcilib_xml_create_register(&myregister,subadress,suboffset,subsize,subdefvalue,subrwmask,submode, subtype, subbank, subname, subdescription,mynode); + registers[i+j]=myregister; + } +} + + +/* + * next 3 functions are for the implementation of a merge sort algorithm + */ +void topdownmerge(pcilib_register_description_t *A, int start, int middle, int end, pcilib_register_description_t *B){ + int i0,i1,j; + i0= start; + i1=middle; + + for(j=start;j<end;j++){ + if((i0 < middle) && (i1>=end || A[i0].addr<=A[i1].addr)){ + B[j]=A[i0]; + i0++; + } + else{ + B[j]=A[i1]; + i1++; + } + } +} + +void copyarray(pcilib_register_description_t *B, int start,int end, pcilib_register_description_t *A){ + int k; + for (k=start; k<end;k++) A[k]=B[k]; +} + +void topdownsplitmerge(pcilib_register_description_t *A, int start, int end, pcilib_register_description_t *B){ + int middle; + if(end-start <2) + return; + + middle =(end+start)/2; + topdownsplitmerge(A,start, middle,B); + topdownsplitmerge(A,middle,end,B); + topdownmerge(A,start,middle,end,B); + copyarray(B,start,end,A); +} + +/** pcilib_xml_arrange_registers + * + * after the complete structure containing the registers has been created from the xml, this function rearrange them by address in order to add them in pcilib_open, which consider the adding of registers in order of adress + * @param[in,out] registers the list of registers in : not ranged out: ranged. + * @param[in] size the number of registers. + */ +void pcilib_xml_arrange_registers(pcilib_register_description_t *registers,int size){ + pcilib_register_description_t* temp; + temp=malloc(size*sizeof(pcilib_register_description_t)); + topdownsplitmerge(registers,0,size,temp); +} + +#include <libxml/xmlschemastypes.h> +/** validation + * + * function to validate the xml file against the xsd, so that it does not require extern software + */ +void validation() +{ +xmlDocPtr doc; +xmlSchemaPtr schema = NULL; +xmlSchemaParserCtxtPtr ctxt; + +char *XMLFileName; + pcilib_xml_read_config(&XMLFileName,3); +char *XSDFileName; + pcilib_xml_read_config(&XSDFileName,12); +int ret=1; + +ctxt = xmlSchemaNewParserCtxt(XSDFileName); + +schema = xmlSchemaParse(ctxt); +xmlSchemaFreeParserCtxt(ctxt); + +doc = xmlReadFile(XMLFileName, NULL, 0); + +if (doc == NULL) +{ + pcilib_error("Could not parse xml document "); +} +else +{ +xmlSchemaValidCtxtPtr ctxt; +/** validation here*/ +ctxt = xmlSchemaNewValidCtxt(schema); +ret = xmlSchemaValidateDoc(ctxt, doc); +xmlSchemaFreeValidCtxt(ctxt); +xmlFreeDoc(doc); +} + +//! free the resource +if(schema != NULL) +xmlSchemaFree(schema); + +xmlSchemaCleanupTypes(); +/** print results */ +if (ret == 0) +{ + printf("xml file validates\n"); +} +else +{ + printf("xml file does not validate against the schema\n"); +} + +} + +/** pcilib_xml_read_config + * + * function to get the config we want at line j, in order to be able to have a configuration file with pwd to files we want +* @param[in,out] xmlfile the string representating a pwd to a file we want to access in:uninitilized out: the pwd. +* @param[in] i the line at which the function should read the file to get the pwd. + */ +void pcilib_xml_read_config(char** xmlfile, int j){ + FILE *fp; + + fp=fopen("config.txt","r"); + char line[60]; + memset(line,'\0',60); + int i=0,k; + char *temp1; + if(fp==NULL) pcilib_error("can't find the configuration file: it must be near the executable"); + + while(fgets(line,60,fp)!=NULL){ + if(i==j) { + k=0; + temp1=calloc((strlen(line)),sizeof(char)); + while(line[k]!='\n'){ + temp1[k]=line[k]; + k++; + } + temp1[k]='\0'; + *xmlfile=temp1; + } + i++; + memset(line,'\0',60); + } +} +/* to include or not?*/ +/** pcilib_xml_init_nodeset_register_ctx + * + * function to get all registers nodes in a structure and put it in registers context +* @param[in] ctx the register context running. + * +void pcilib_xml_init_nodeset_register_ctx(pcilib_register_context_t *ctx){ + char* xmlfile; + pcilib_xml_read_config(&xmlfile,3); + xmlDocPtr doc; + doc=pcilib_xml_getdoc(xmlfile); + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + xmlNodeSetPtr registers; + registers = pcilib_xml_getsetproperty(context, REGISTERS_PATH)->nodesetval; + ctx->registers_nodes=registers; +} + +** pcilib_xml_init_nodeset_bank_ctx + * + *function to get all banks nodes in a structure and put it in banks context +* @param[in] ctx the bank context running. + * +void pcilib_xml_init_nodeset_bank_ctx(pcilib_register_bank_context_t *ctx){ + char* xmlfile; + pcilib_xml_read_config(&xmlfile,3); + xmlDocPtr doc; + doc=pcilib_xml_getdoc(xmlfile); + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + xmlNodeSetPtr banks; + banks = pcilib_xml_getsetproperty(context, BANKS_PATH)->nodesetval; + ctx->banks_nodes=banks; + +} +*/ + +#ifdef VIEW_OK +/* pcilib_xml_getnumberformulaviews + * + * function to get the number of views of type formula, for further malloc + */ +int pcilib_xml_getnumberformulaviews(xmlXPathContextPtr doc){ + int j; + xmlNodeSetPtr nodeviewsset=NULL; + nodeviewsset=pcilib_xml_getsetproperty(doc,VIEW_FORMULA_PATH)->nodesetval; + j=nodeviewsset->nodeNr; + return j; + +} + +/* pcilib_xml_getnumberenumviews + * + * function to get the number of views of type enum, for further malloc + */ +int pcilib_xml_getnumberenumviews(xmlXPathContextPtr doc){ + int j; + xmlNodeSetPtr nodeviewsset=NULL; + nodeviewsset=pcilib_xml_getsetproperty(doc,VIEW_ENUM_PATH)->nodesetval; + j=nodeviewsset->nodeNr; + return j; + + +} + +/* pcilib_xml_initialize_viewsformula + * + * function to create the structures to store the views of type formula from the xml + * + * values that need to be changed when xml file change: name, formula, + */ +void pcilib_xml_initialize_viewsformula(xmlDocPtr doc, pcilib_view_formula_ptr_t* myviewsformula){ + xmlNodeSetPtr viewsetformula, viewformula, viewreverseformula, viewunit, viewformulaname, nodesetviewregister,nodesetviewregisterbit,nodesetregister,nodesetsubregister; + xmlChar *formula, *name,*reverseformula,*registername,*bankname,*unit; + int i,j,registernumber,viewnumber,k,l,externregisternumber,enregistrement,u; + + char *substr; + + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + viewsetformula=pcilib_xml_getsetproperty(context,VIEW_FORMULA_PATH)->nodesetval; + viewformula=pcilib_xml_getsetproperty(context,VIEW_FORMULA_FORMULA_PATH)->nodesetval; + viewreverseformula=pcilib_xml_getsetproperty(context,VIEW_FORMULA_REVERSE_FORMULA_PATH)->nodesetval; + viewunit=pcilib_xml_getsetproperty(context,VIEW_FORMULA_UNIT_PATH)->nodesetval; + viewformulaname=pcilib_xml_getsetproperty(context,VIEW_FORMULA_NAME_PATH)->nodesetval; + + + +viewnumber=0; + + + nodesetviewregisterbit=pcilib_xml_getsetproperty(context,VIEW_BITS_REGISTER)->nodesetval; + nodesetviewregister=pcilib_xml_getsetproperty(context,VIEW_STANDARD_REGISTER)->nodesetval; + nodesetregister=pcilib_xml_getsetproperty(context,NAME_PATH)->nodesetval; + nodesetsubregister=pcilib_xml_getsetproperty(context,SUB_NAME_PATH)->nodesetval; + + myviewsformula->viewsformula=calloc(myviewsformula->size,sizeof(pcilib_view_formula_t)); + for(i=0;i<viewsetformula->nodeNr;i++){ + registernumber=0; + name=xmlNodeListGetString(doc,viewformulaname->nodeTab[i]->xmlChildrenNode,1); + formula=xmlNodeListGetString(doc,viewformula->nodeTab[i]->xmlChildrenNode,1); + reverseformula=xmlNodeListGetString(doc,viewreverseformula->nodeTab[i]->xmlChildrenNode,1); + unit=xmlNodeListGetString(doc,viewunit->nodeTab[i]->xmlChildrenNode,1); + + xmlXPathObjectPtr temp,temp2; + + char* path; + path=malloc((strlen((char*)name)+51)*sizeof(char)); + sprintf(path, VIEW_STANDARD_REGISTER_PLUS,(char*)name); + temp=pcilib_xml_getsetproperty(context,(xmlChar*)path); + if(temp!=NULL) nodesetviewregister= temp->nodesetval; + + char* path2; + path2=malloc((strlen((char*)name)+strlen(VIEW_BITS_REGISTER_PLUS))*sizeof(char)); + sprintf(path2, VIEW_BITS_REGISTER_PLUS,(char*)name); + temp2= pcilib_xml_getsetproperty(context,(xmlChar*)path2); + if(temp2!=NULL) nodesetviewregisterbit= temp2->nodesetval; + + j=0; + if(temp!=NULL) j+=nodesetviewregister->nodeNr; + if(temp2!=NULL) j+=nodesetviewregisterbit->nodeNr; + + myviewsformula->viewsformula[viewnumber].depending_registers=calloc((j),sizeof(pcilib_register_for_read_t)); + myviewsformula->viewsformula[viewnumber].number_depending_registers=j; + registernumber=0; + if (temp!=NULL){ + for(j=0; j<nodesetviewregister->nodeNr;j++){ + myviewsformula->viewsformula[viewnumber].depending_registers[registernumber].name=(char*)xmlNodeListGetString(doc,nodesetviewregister->nodeTab[j]->parent->parent->last->prev->prev->prev->xmlChildrenNode,1); + bankname=xmlNodeListGetString(doc,xmlFirstElementChild(nodesetviewregister->nodeTab[j]->parent->parent->parent->parent)->last->prev->prev->prev->xmlChildrenNode,1); + myviewsformula->viewsformula[viewnumber].depending_registers[registernumber].bank_name=(char*)bankname; + registernumber++; + } + } + + if(temp2!=NULL){ + for(j=0; j<nodesetviewregisterbit->nodeNr;j++){ + myviewsformula->viewsformula[viewnumber].depending_registers[registernumber].name=(char*)xmlNodeListGetString(doc,nodesetviewregisterbit->nodeTab[j]->parent->parent->last->prev->prev->prev->xmlChildrenNode,1); + bankname=xmlNodeListGetString(doc,(xmlFirstElementChild(nodesetviewregisterbit->nodeTab[j]->parent->parent->parent->parent->parent->parent))->last->prev->prev->prev->xmlChildrenNode,1); + myviewsformula->viewsformula[viewnumber].depending_registers[registernumber].bank_name=(char*)bankname; + registernumber++; + } + } + + myviewsformula->viewsformula[viewnumber].name=(char*) name; + myviewsformula->viewsformula[viewnumber].formula=(char*) formula; + myviewsformula->viewsformula[viewnumber].reverseformula=(char*) reverseformula; + myviewsformula->viewsformula[viewnumber].unit=(char*) unit; + + /* we then get the extern registers for the formula, which names are directly put in the formula*/ + externregisternumber=0; + k=0; + u=0; + myviewsformula->viewsformula[viewnumber].extern_registers=calloc(1,sizeof(pcilib_register_for_read_t)); + myviewsformula->viewsformula[viewnumber].number_extern_registers=0; + + /* we first get the name of a register put in the formula, by getting indexes of start and end for this name*/ + for(j=0;j<strlen((char*)formula);j++){ + if(formula[j]=='@'){ + k=j+1; + while((formula[k]!=' ' && formula[k]!=')' && formula[k]!='/' && formula[k]!='+' && formula[k]!='-' && formula[k]!='*' && formula[k]!='=') && (k<strlen((char*)formula))){ + k++; + } + enregistrement=1; + substr=str_sub((char*)formula,j+1,k-1); + /* we verify the register is not the depending register*/ + if(strcmp("reg",substr)!=0){ + + /* we then get recursively each standard register and test if it's the extern register or not*/ + for(l=0;l<nodesetregister->nodeNr;l++){ + registername=xmlNodeListGetString(doc,nodesetregister->nodeTab[l]->xmlChildrenNode,1); + if(strcmp((char*)registername,substr)==0){ + bankname=xmlNodeListGetString(doc,(xmlFirstElementChild(nodesetregister->nodeTab[l]->parent->parent->parent))->last->prev->prev->prev->xmlChildrenNode,1); + /*before registering the extern register, as it matches, we tast if the said register was already registered or not*/ + for(u=0;u<externregisternumber;u++){ + if(strcmp(myviewsformula->viewsformula[viewnumber].extern_registers[u].name,(char*)registername)==0){ + enregistrement=0; + } + } + if(enregistrement==1){ + myviewsformula->viewsformula[viewnumber].number_extern_registers++; + myviewsformula->viewsformula[viewnumber].extern_registers=realloc(myviewsformula->viewsformula[viewnumber].extern_registers,myviewsformula->viewsformula[viewnumber].number_extern_registers*sizeof(pcilib_register_for_read_t)); + myviewsformula->viewsformula[viewnumber].extern_registers[externregisternumber].name=(char*)registername; + myviewsformula->viewsformula[viewnumber].extern_registers[externregisternumber].bank_name=(char*)bankname; + enregistrement=0; + externregisternumber++; + } + break; + } + } + if(enregistrement==1){ + /* we get recursively each bits register and test if it's the extern register of the formula or not*/ + for(l=0;l<nodesetsubregister->nodeNr;l++){ + registername=xmlNodeListGetString(doc,nodesetsubregister->nodeTab[l]->xmlChildrenNode, 1); + if(strcmp((char*)registername,substr)==0){ + bankname=xmlNodeListGetString(doc,(xmlFirstElementChild(nodesetsubregister->nodeTab[l]->parent->parent->parent->parent->parent))->last->prev->prev->prev->xmlChildrenNode,1); + /* check to test if the register has already been registered or not*/ + for(u=0;u<externregisternumber;u++){ + if(strcmp(myviewsformula->viewsformula[viewnumber].extern_registers[u].name,(char*)registername)==0){ + enregistrement=0; + break; + } + } + if(enregistrement==1){ + myviewsformula->viewsformula[viewnumber].number_extern_registers++; + myviewsformula->viewsformula[viewnumber].extern_registers=realloc(myviewsformula->viewsformula[viewnumber].extern_registers,myviewsformula->viewsformula[viewnumber].number_extern_registers*sizeof(pcilib_register_for_read_t)); + myviewsformula->viewsformula[viewnumber].extern_registers[externregisternumber].name=(char*)registername; + myviewsformula->viewsformula[viewnumber].extern_registers[externregisternumber].bank_name=(char*)bankname; + externregisternumber++; + enregistrement=0; + } + break; + } + } + } + } + } + } + viewnumber++; + } +} + +/* pcilib_xml_initialize_viewsenum + * + * function to create the structures to store the views of type enum from the xml + * + * values that need to be changed when xml file change: current, +* + */ +void pcilib_xml_initialize_viewsenum(xmlDocPtr doc, pcilib_view_enum_ptr_t* myviewsenum){ + xmlNodeSetPtr viewsetenum,viewsetregister3, viewsetregister4; + xmlChar *name; + int i,k,viewnumber,j,registernumber; + + xmlXPathContextPtr context; + context=pcilib_xml_getcontext(doc); + + xmlXPathObjectPtr temp,temp2; + + xmlNodePtr current; + viewsetenum=pcilib_xml_getsetproperty(context,VIEW_ENUM_PATH)->nodesetval; + xmlAttr *attr2,*attr3; + viewnumber=0; + int enumnumber=0; + + myviewsenum->viewsenum=calloc(myviewsenum->size,sizeof(pcilib_view_enum_t)); + for(i=0;i<viewsetenum->nodeNr;i++){ + enumnumber=0; + k=0; + registernumber=0; + name=xmlNodeListGetString(doc,xmlFirstElementChild(viewsetenum->nodeTab[i])->xmlChildrenNode,1); + myviewsenum->viewsenum[viewnumber].name=(char*)name; + myviewsenum->viewsenum[viewnumber].registerenum=calloc(1,sizeof(char*)); + myviewsenum->viewsenum[viewnumber].number_registerenum=0; + registernumber=0; + + char* path; + path=malloc((strlen((char*)name)+51)*sizeof(char)); + sprintf(path, VIEW_STANDARD_REGISTER_PLUS,(char*)name); + temp=pcilib_xml_getsetproperty(context,(xmlChar*)path); + if(temp!=NULL) viewsetregister3= temp->nodesetval; + + char* path2; + path2=malloc((strlen((char*)name)+strlen(VIEW_BITS_REGISTER_PLUS))*sizeof(char)); + sprintf(path2, VIEW_BITS_REGISTER_PLUS,(char*)name); + temp2= pcilib_xml_getsetproperty(context,(xmlChar*)path2); + if(temp2!=NULL) viewsetregister4= temp2->nodesetval; + + j=0; + if(temp!=NULL) j+=viewsetregister3->nodeNr; + if(temp2!=NULL) j+=viewsetregister4->nodeNr; + myviewsenum->viewsenum[viewnumber].registerenum=malloc(j*sizeof(char*)); + myviewsenum->viewsenum[viewnumber].number_registerenum=j; + if(temp!=NULL){ + for(j=0; j<viewsetregister3->nodeNr;j++){ + myviewsenum->viewsenum[viewnumber].registerenum[registernumber]=(char*)xmlNodeListGetString(doc,viewsetregister3->nodeTab[j]->parent->parent->last->prev->prev->prev->xmlChildrenNode,1); + registernumber++; + } + } + if(temp2!=NULL){ + for(j=0; j<viewsetregister4->nodeNr;j++){ + myviewsenum->viewsenum[viewnumber].registerenum[registernumber]=(char*)xmlNodeListGetString(doc,viewsetregister4->nodeTab[j]->parent->parent->last->prev->prev->prev->xmlChildrenNode,1); + registernumber++; + } + } + + + current=xmlFirstElementChild(viewsetenum->nodeTab[i])->next->next->next->next; + while(current!=viewsetenum->nodeTab[i]->last->prev){ + k++; + current=current->next->next; + } + + myviewsenum->viewsenum[viewnumber].myenums=calloc((k+1),sizeof(pcilib_enum_t)); + myviewsenum->viewsenum[viewnumber].number_enums=k+1; + + /* we get here each enum for a said view except the last one*/ + current=xmlFirstElementChild(viewsetenum->nodeTab[i])->next->next; + while(current!=viewsetenum->nodeTab[i]->last->prev->prev->prev){ + attr2 = current->properties; + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].command=(char*)xmlNodeListGetString(doc,current->xmlChildrenNode,1); + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value=(char*)attr2->children->content; + attr2=attr2->next; + /* and we take the properties that are given about range*/ + if(attr2!=NULL){ + if(strcmp((char*)attr2->name,"min")==0){ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].min=(char*)attr2->children->content; + attr3=attr2->next; + if(attr3 !=NULL){ + if(strcmp((char*)attr3->name,"max")==0){ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=(char*)attr3->children->content; + }else pcilib_error("problem in xml file at enum"); + + }else{ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + } + + }else if(strcmp((char*)attr2->name,"max")==0){ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].min=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=(char*)attr2->children->content; + }else pcilib_error("problem in xml file at enum"); + }else{ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].min=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + } + enumnumber++; + current=current->next->next; + } + /* get the last enum and the given properties */ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].command=(char*)xmlNodeListGetString(doc,current->xmlChildrenNode,1); + attr2 = current->properties; + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value=(char*)attr2->children->content; + attr2=attr2->next; + if(attr2!=NULL){ + if(strcmp((char*)attr2->name,"min")==0){ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].min=(char*)attr2->children->content; + attr3=attr2->next; + if(attr3 !=NULL){ + if(strcmp((char*)attr3->name,"max")==0){ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=(char*)attr3->children->content; + }else pcilib_error("problem in xml file at enum"); + }else{ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + } + + }else if(strcmp((char*)attr2->name,"max")==0){ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].min=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=(char*)attr2->children->content; + }else pcilib_error("problem in xml file at enum"); + }else{ + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].min=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + myviewsenum->viewsenum[viewnumber].myenums[enumnumber].max=myviewsenum->viewsenum[viewnumber].myenums[enumnumber].value; + } + + viewnumber++; + + } +} +#endif + +#ifdef UNIT_OK + +void pclib_xml_initialize_units(xmlDocPtr doc, pcilib_units_ptr_t* unitsptr){ + + xmlNodeSetPtr nodesetbaseunit=NULL, nodesettransformunit=NULL; + xmlXPathContextptr context; + context=pcilib_xml_getcontext(doc); + xmlXPathObjectPtr temp; + int i,j; + char *path; + + temp=pcilib_xml_getsetproperty(context, BASE_UNIT_PATH); + if(temp!=NULL) nodesetbaseunit=temp->nodesetval; + else pcilib_error("the unit xml file is wrong"); + + unitsptr->list_unit=malloc(nodesetbaseunit->nodeNr*sizeof(pcilib_unit_t)); + unitsptr->size=nodesetbaseunit->nodeNr; + + for(i=0; i< nodesetbaseunit->NodeNr; i++){ + unitsptr->list_unit[i].name=nodesetbaseunit->nodeTab[i]->properties->children->content; + path=malloc((strlen(unitsptr->list_unit[i].name)+35)*sizeof(char)); + sprintf(path, TRANSFORM_UNIT_PATH, unitsptr->list_unit[i].name); + temp=pcilib_xml_getsetproperty(context, path); + if(temp!=NULL){ + unitsptr->list_unit[i].size_trans_units=temp->nodeNr; + unitsptr->list_unit[i].other_units=malloc(temp->nodeNr*sizeof(pcilib_transform_unit_t)); + for(j=0;j<temp->nodeNr;j++){ + unitsptr->list_unit[i].other_units[j].name=temp->nodeTab[j]->properties->children->content; + unitsptr->list_unit[i].other_units[j].transform_formula=(char*)xmlNodeListGetString(doc,temp->nodeTab[j]->xmlChildrenNode,1); + } + } + } + +} +#endif diff --git a/pcilib/xml.h b/pcilib/xml.h new file mode 100644 index 0000000..f5833aa --- /dev/null +++ b/pcilib/xml.h @@ -0,0 +1,210 @@ +/** + * @file xml.h + * @version 1.0 + * @brief header file to support of xml configuration. + * + * @details this file is the header file for the implementation of dynamic registers using xml and several funtionalities for the "pci-tool" line command tool from XML files. the xml part has been implemented using libxml2. + * + * this code was meant to be evolutive as the XML files evolute. In this meaning, most of the xml parsing is realized with XPath expressions(when it was possible), so that changing the xml xould result mainly in changing the XPAth pathes present here. + * @todo cf compilation chain + */ + +#ifndef _XML_ +#define _XML_ + +//#include <stdlib.h> +//#include <stdio.h> +//#include <string.h> +//#include <assert.h> + +#include <libxml/tree.h> +#include <libxml/parser.h> +#include <libxml/xpath.h> +#include <libxml/xpathInternals.h> + +#include "pcilib.h" +#include "register.h" +#include "model.h" +#include "bank.h" + +//#include <Python.h> + +#define REGISTERS_PATH ((xmlChar*)"/model/banks/bank/registers/register") /**<all standard registers nodes.*/ + +#define ADRESS_PATH ((xmlChar*)"/model/banks/bank/registers/register/adress") /**<adress path for standard registers.*/ +#define OFFSET_PATH ((xmlChar*)"/model/banks/bank/registers/register/offset") /**<offset path for standard registers.*/ +#define SIZE_PATH ((xmlChar*)"/model/banks/bank/registers/register/size") /**<size path for standard registers.*/ +#define DEFVALUE_PATH ((xmlChar*)"/model/banks/bank/registers/register/default") /**<defvalue path for standard registers.*/ +#define RWMASK_PATH ((xmlChar*)"/model/banks/bank/registers/register/rwmask") /**<rwmask path for standard registers.*/ +#define MODE_PATH ((xmlChar*)"/model/banks/bank/registers/register/mode") /**<mode path for standard registers.*/ +#define NAME_PATH ((xmlChar*)"/model/banks/bank/registers/register/name") /**<name path for standard registers.*/ +#define DESCRIPTION_PATH ((xmlChar*)"/model/banks/bank/registers/register/description") /**<description. not used, is searched recursively as it may not appearing in xml. */ + +#define SUB_OFFSET_PATH ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/offset") /**<offset path for bits registers.*/ +#define SUB_SIZE_PATH ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/size") /**<size path for bits registers.*/ +#define SUB_RWMASK_PATH ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/sub_rwmask") /**<rwmask path for bits registers. not used, as the value is meant to be the same as the standard register this register depends on.*/ +#define SUB_MODE_PATH ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/mode") /**<size path for bits registers.*/ +#define SUB_NAME_PATH ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/name") /**<name path for bits registers.*/ +#define SUB_DESCRIPTION_PATH ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/adress") /**<description path for bits registers. not used, is searched recursively as it may not appear in the xml.*/ + +#define VIEW_FORMULA_PATH ((xmlChar*)"/model/views/view[@type=\"formula\"]") /**< the complete node path for views of type formula.*/ +#define VIEW_FORMULA_FORMULA_PATH ((xmlChar*)"/model/views/view[@type=\"formula\"]/read_from_register") /**< path to formula in direction read_from_register for views of type formula.*/ +#define VIEW_FORMULA_REVERSE_FORMULA_PATH ((xmlChar*)"/model/views/view[@type=\"formula\"]/write_to_register") /**< path to formula in direction write_to_register for views of type formula.*/ +#define VIEW_FORMULA_UNIT_PATH ((xmlChar*)"/model/views/view[@type=\"formula\"]/unit") /**< path to the base unit of the view of type formula. */ +#define VIEW_FORMULA_NAME_PATH ((xmlChar*)"/model/views/view[@type=\"formula\"]/name") /**<path to the name of the view of type formula.*/ + +#define VIEW_ENUM_PATH ((xmlChar*)"/model/views/view[@type=\"enum\"]") /**< the complete node path for views of type enum.*/ + +#define VIEW_BITS_REGISTER ((xmlChar*)"/model/banks/bank/registers/register/registers_bits/register_bits/views/view") /**< @warning not used normally.*/ +#define VIEW_STANDARD_REGISTER ((xmlChar*)"/model/banks/bank/registers/register/views/view") /**< @warning not used too.*/ +#define VIEW_STANDARD_REGISTER_PLUS ((char*)"/model/banks/bank/registers/register/views/view[.=\"%s\"]") /**< path to the standard registers that depend on the given view.*/ +#define VIEW_BITS_REGISTER_PLUS ((char*)"/model/banks/bank/registers/register/registers_bits/register_bits/views/view[.=\"%s\"]") /**< path to the bits registers that depend on the given view.*/ + +#define BANKS_PATH ((xmlChar*)"/model/banks/bank/bank_description") /**< path to complete nodes of banks.*/ +#define BANK_ADDR_PATH ((xmlChar*)"/model/banks/bank/bank_description/adress") /**<path to adress of banks.*/ +#define BANK_BAR_PATH ((xmlChar*)"/model/banks/bank/bank_description/bar") /**<path to bar of banks.*/ +#define BANK_SIZE_PATH ((xmlChar*)"/model/banks/bank/bank_description/size") /**<path to size of banks.*/ +#define BANK_PROTOCOL_PATH ((xmlChar*)"/model/banks/bank/bank_description/protocol") /**< path to protocol of banks.*/ +#define BANK_READ_ADDR_PATH ((xmlChar*)"/model/banks/bank/bank_description/read_adress") /**<path to read_addr of banks.*/ +#define BANK_WRITE_ADDR_PATH ((xmlChar*)"/model/banks/bank/bank_description/write_adress") /**<path to write_addr of banks.*/ +#define BANK_RAW_ENDIANESS_PATH ((xmlChar*)"/model/banks/bank/bank_description/raw_endianess") /**<path to raw_endianess of banks.*/ +#define BANK_ACCESS_PATH ((xmlChar*)"/model/banks/bank/bank_description/word_size") /**<path to word_size of banks.*/ +#define BANK_ENDIANESS_PATH ((xmlChar*)"/model/banks/bank/bank_description/endianess") /**<path to endianess of banks.*/ +#define BANK_FORMAT_PATH ((xmlChar*)"/model/banks/bank/bank_description/format") /**<path to format of banks.*/ +#define BANK_NAME_PATH ((xmlChar*)"/model/banks/bank/bank_description/name") /**< path to name of banks.*/ +#define BANK_DESCRIPTION_PATH ((xmlChar*)"/model/banks/bank/bank_description/description") /**<path to description of banks.*/ + + +/** + * this path get the units in the units xml file + */ +#define BASE_UNIT_PATH ((char*)"/units/unit") + +/** + * this path permits to get the possible units one given unit can be converted into in the xml. + */ +#define TRANSFORM_UNIT_PATH ((char*)"/units/unit[@name=\"%s\"]/convert_unit") + + +/** +* this function takes a string and will create an abtract syntax tree from the xml file represented by the string. +* @param[in] filename the name of the xml file containing registers and banks. +* @return an AST corresponding to the xml file. +*/ +xmlDocPtr pcilib_xml_getdoc(char* filename); + +/** +* this function takes a context from an AST and an XPath expression, to produce a XPath object containing the nodes corresponding to the xpath expression. +* @param[in] doc the xpath context of the xml file. +* @param[in] xpath the value of the xpath expression that will be computed against the context. +* @return the Xpath object with the nodes we wanted. +*/ +xmlXPathObjectPtr pcilib_xml_getsetproperty(xmlXPathContextPtr doc, xmlChar *xpath); + +/** + * this function create the list of registers structures, that are manipulated during execution, from the xml file. + * @param[in] doc the xpath context of the xml file. + * @param[out] registers out: the list of the created registers. + */ +void pcilib_xml_initialize_registers(xmlDocPtr doc,pcilib_register_description_t *registers); + +/** + * this function get the numbers of registers in the xml file for further malloc and xml checking. + * @param[in] doc the xpath context of the xml file. + * @return the numbers of registers in xml file. + * @todo see the usage of this function. + */ +int pcilib_xml_getnumberregisters(xmlXPathContextPtr doc); + +/** + * this function rearrange the list of registers to put them in pcilib_open furthermore, using a merge sort algorithm. The merge sort algorithm was chosen as it's fast and stable, however it uses some memory, but it's not limitating here. + * @param[in,out] registers the list of registers in : not ranged out: ranged. + * @param[in] size the number of registers. + */ +void pcilib_xml_arrange_registers(pcilib_register_description_t *registers,int size); + +/** + * this functions initialize the structures containing banks, for use in the rest of execution, from the xml file. + * @see pcilib_xml_create_bank(pcilib_register_bank_description_t *mybank,xmlChar* adress, xmlChar *bar, xmlChar *size, xmlChar *protocol,xmlChar *read_addr, xmlChar *write_addr, xmlChar *access, xmlChar *endianess, xmlChar *format, xmlChar *name,xmlChar *description, xmlNodePtr node). + * @param[in] doc the AST of the xml file. + * @param[in,out] mybanks the structure containing the banks. + */ +void pcilib_xml_initialize_banks(xmlDocPtr doc, pcilib_register_bank_description_t* mybanks); + +/** + * this function create a bank from the informations gathered in the xml. + * @param[out] mybank the created bank. + * @param[in] adress the adress of the bank that will be created. + * @param[in] bar the bar of the bank that will be created. + * @param[in] size the size of the bank that will be created. + * @param[in] protocol the protocol of the bank that will be created. + * @param[in] read_addr the read adress for protocol of the bank that will be created. + * @param[in] write_addr the write adress for the protocol of the bank that will be created. + * @param[in] access the word size of the bank that will be created. + * @param[in] endianess the endianess of the bank that will be created. + * @param[in] format the format of the bank that will be created. + * @param[in] name the name of the bank that will be created. + * @param[in] description the description of the bank that will be created. + * @param[in] node the xmlNodeptr referring to the bank_description node of the bank that will be created. + */ +void pcilib_xml_create_bank(pcilib_register_bank_description_t *mybank,xmlChar* adress, xmlChar *bar, xmlChar *size, xmlChar *protocol,xmlChar *read_addr, xmlChar *write_addr, xmlChar *access, xmlChar *endianess, xmlChar *format, xmlChar *name,xmlChar *description, xmlNodePtr node); + +/** + * this function get the numbers of banks in the xml file for further malloc and xml checking. + * @param[in] doc the Xpath context of the xml file. + * @return the number of banks. + *@todo see the usage of this function. + */ +int pcilib_xml_getnumberbanks(xmlXPathContextPtr doc); + +/** +* this function read the config file of the pcitool tool to give back the pwd of diverse files like the xml file to treat, the xsd file, the pythonscript file, the units xml file, the units xsd file. +* @param[in,out] xmlfile the string representating a pwd to a file we want to access in:uninitilized out: the pwd. +* @param[in] i the line at which the function should read the file to get the pwd. +*/ +void pcilib_xml_read_config(char** xmlfile, int i); + +/** +* this function validates the xml file against the xsd schema defined as the reference. +* @todo change the name of the function if accepted. +* @todo validation of unit file too? +*/ +void validation(); + + +/** +* this function create an XPath context (ie some sort of special AST only for XPath) from the AST of the xml file. +* @param[in] doc the AST of the xml file. +*/ +xmlXPathContextPtr pcilib_xml_getcontext(xmlDocPtr doc); + +/** +* this function is used to register the xpath object containing all registers node in registers context. +* @param[in] ctx the register context running. +*/ +void pcilib_xml_init_nodeset_register_ctx(pcilib_register_context_t *ctx); + +/** +* this function is used to register the xpath object containing all bankss node in banks context. +* @param[in] ctx the bank context running. +*/ +void pcilib_xml_init_nodeset_bank_ctx(pcilib_register_bank_context_t *ctx); + +/** + * this function create a register structure from the results of xml parsing. + * @param[out] myregister the register we want to create + * @param[in] adress the adress of the future register + * @param[in] offset the offset of the future register + * @param[in] size the size of the future register + * @param[in] defvalue the defaut value of the future register + * @param[in] rwmask the rwmask of the future register + * @param[in] mode the mode of the future register + * @param[in] type the type of the future register + * @param[in] bank the bank of the future register + * @param[in] name the name of the future register + * @param[in] description the description of the future register + * @param[in] node the current xmlNode in the xml of the future register + */ +void pcilib_xml_create_register(pcilib_register_description_t *myregister,xmlChar* adress, xmlChar *offset, xmlChar *size, xmlChar *defvalue, xmlChar *rwmask, xmlChar *mode, xmlChar *type, xmlChar *bank, xmlChar *name, xmlChar *description, xmlNodePtr node); + +#endif /*_XML_*/ |